High-Speed Steel Wire Mesh Composite Pipe Production Line - Anhui Dongchai Machinery Technology Co., Ltd.

The composite pipe production line represents a cutting-edge solution for manufacturing high-performance polyethylene composite pipes reinforced with a steel wire mesh skeleton. This advanced production line combines precision engineering, automation, and durable materials to deliver pipes that meet the demands of modern infrastructure and industrial applications. Below is a comprehensive overview of the product's features, technical specifications, and its significance in the industry.

Product Introduction

The high-speed steel wire mesh polyethylene composite pipe production line is engineered with a humanized design, integrating a high-speed extruder, precision die, vacuum setting table, traction unit, cutting machine, and a full-automatic sealing machine. The entire system is controlled by a PLC computer, ensuring high automation, safety, and efficiency. Key benefits include high-speed production, low energy consumption, ease of operation, and a reduced rejection rate due to stable performance during steel wire replacement.

Key Highlights

The production line is distinguished by its advanced design and high-quality components, including:

• Highlight 1: The main engine uses international first-line brand electrical components, with 40Cr alloy structural steel for dies and screws. The ceramic heating ring is insulated for fast heating, and the gear box includes a condenser for stable discharging speed.
• Highlight 2: The vacuum box is made of 304 stainless steel, laser-cut internally, and controlled by a frequency converter for precise temperature regulation. The disc-type 304 ball valve allows for electrically adjustable crossbars.
• Highlight 3: The full-intelligent automatic sealing machine eliminates the need for on-line guards, offering automatic tube unloading and superior sealing performance.

Scientific and Technical Background

Polyethylene composite pipes with a steel wire mesh skeleton are a novel material that combines the strength of high-strength steel wire with the corrosion resistance of high-density polyethylene (HDPE). The steel wire is spirally wound to form a mesh skeleton, which is then bonded to HDPE using a high-performance modified adhesive resin. This composite structure enhances the pipe's mechanical properties while maintaining flexibility and durability.

Material and Structural Characteristics

The steel wire mesh composite pipe is composed of high-strength steel wire and thermoplastic polyethylene. The steel wire mesh significantly improves the pipe's strength, while the HDPE matrix provides corrosion resistance and flexibility. Key features include:

• High-performance HDPE modified bonding resin ensures a strong bond between the steel wire skeleton and the HDPE layers.
• Excellent composite effect, making the pipe suitable for high-pressure environments.

Performance Advantages

The steel wire mesh composite pipe overcomes the limitations of traditional steel and plastic pipes, offering a unique combination of properties:

• Corrosion Resistance: HDPE prevents rust and chemical degradation.
• High Strength: The steel wire mesh enhances load-bearing capacity.
• Low Friction: Smooth inner surface reduces flow resistance.
• Thermal Stability: The pipe maintains structural integrity at elevated temperatures.
• Lightweight: Easier to install and transport compared to steel pipes.

Production Technology and Flexibility

The production line employs advanced technology to ensure consistent quality. By adjusting parameters such as steel wire diameter, mesh spacing, and plastic layer thickness, the system can produce pipes tailored to specific requirements. This flexibility allows the line to meet diverse demands for pressure resistance, temperature tolerance, and corrosion resistance.

Installation and Maintenance

The steel wire mesh composite pipe is ideal for high-pressure applications, such as transporting liquids and gases. Its lightweight design simplifies installation, reducing construction costs. Electric welding joints ensure a reliable connection, minimizing leakage risks. The pipe's durability and ease of maintenance make it a cost-effective solution for long-term use.

Technical Specifications

Model	Pipe Diameter (mm)	Production Speed (m/min)	Power Consumption (kW)	Installed Power (kW)	Dimensions (L x W x H)
DCS-160	50-160	2.4	110	385	73 x 4.7 x 3
DCS-315	110-315	2.4	170	545	75 x 4.5 x 4
DCS-630	315-630	1.2	260	855	76 x 6 x 4
DCS-800	500-800	1.0	360	1150	80 x 6 x 4
DCS-1000	710-1000	0.6	350	1150	86 x 7 x 4
DCS-1200	800-1200	0.6	460	1400	100 x 7 x 4.7

Applications

The steel wire mesh composite pipes are widely used in various fields, including:

• Drainage and Sewage: Efficiently transport wastewater and stormwater.
• Industrial Pipelines: Handle corrosive chemicals and high-pressure fluids.
• Water Supply: Provide durable and leak-proof water distribution systems.
• Gas Transportation: Safe and reliable for natural gas and other gases.
• Construction: Used in underground cable protection and structural applications.

Company Background

Manufactured by Anhui Dongchai Machinery Technology Co., Ltd., this production line reflects the company's commitment to innovation and quality. With a focus on advanced manufacturing technologies, Anhui Dongchai has established itself as a leader in the machinery industry, providing reliable solutions for global clients.

Conclusion

The composite pipe production line offers a robust and efficient solution for manufacturing high-performance polyethylene composite pipes. Its advanced technology, flexibility, and durability make it a preferred choice for industries requiring reliable and long-lasting piping systems. By leveraging the expertise of Anhui Dongchai Machinery Technology Co., Ltd., this production line ensures that customers receive cutting-edge products tailored to their specific needs.

References

For further information on standards and technological advancements, refer to the National Institute of Standards and Technology (NIST): https://www.nist.gov/